E Glass Fiber

E Glass Fiber, when combined with resin, enhances properties such as strength, heat resistance, hardness, and dimensional stability. It is widely used across various industries, including automotive parts and housing equipment. Additionally, thanks to the electrical insulation properties of glass, it has played a key role in the advancement of electronic devices, contributing to miniaturization and reduced thickness.

Automobiles, once primarily made of metal parts, have evolved with a simplified production process that increasingly emphasizes fuel efficiency, safety, and environmental performance.
As a result, modularization with lighter resins is on the rise. So, how did resin replace strong metals? The key lies in glass fiber. By combining lightweight resin with glass fiber as a reinforcing material, high performance is achieved.
Additionally, resin can be efficiently molded into complex shapes through injection molding, making it ideal for parts such as roofs, doors, engine mounts, and intake pipes. This innovation not only improves fuel efficiency but also simplifies production processes, leading to significant cost savings.